... proceedings history drawdown information mudrock modeling & simulation reservoir geomechanics conductivity unconventional resource technology conference correlation doi pressure-dependent fracture conductivity pressure-drawdown management long-term production performance URTeC: 3854253...

... Abstract The novel Fractional Dimension RTA (FD-RTA) was applied to a recent multi-pad development campaign in the Haynesville to test the suitability of the model to represent well performance and its ability to predict production with a very limited data history calibration. Additionally...

... the constant-pressure solution of the diffusivity equation for a slightly compressible fluid (decline-curve model) along with a BHP history. However, we validate the technique using incorrect bottomhole and initial reservoir pressures. In each iteration, the algorithm sequentially estimates: (1) the decline...

... wells are selected to represent a certain bench in a field, and then production history is matched with numerical simulation. With the forecast from the calibrated simulation model, a new correlation of the water cut trend can be generated. In this correlation, a dimensionless production parameter...

... rate history time permian basin effectiveness oil recovery artificial intelligence cygi air emission stb sequestering co 2 composition completion machine learning technology conference URTeC: 3860876 Case study of gas injection and EOR potential in unconventional marginal Permian...

... of production history-matches while quantifying the uncertainty of the model’s parameters and its future production prediction. We present the application of this workflow for shale gas wells. This work uses the constant-pressure solution of the pressure diffusivity equation for a compressible fluid...

... workflow that quantifies drained reservoir volumes (DRVs) and reproduces the production and water injection history for a tight and naturally fractured reservoir in the Williston Basin. The production history of all the wells and logging data were collected to characterize reservoir heterogeneity. Core...

... of state flow in porous media permeability simulation surfactant enhanced recovery eagle ford unconventional reservoir geology waterflooding shale gas geological subdiscipline wettability alteration chemistry reservoir simulation spontaneous imbibition experiment fracture history plug...

... hydraulic fracturing artificial intelligence reservoir characterization presented calibration workflow geology production logging reservoir surveillance completion monitoring systems/intelligent wells technology conference history united states government down-hole sensor visualization...

... of formation and fluid data. Besides, frequent manual operations are always ignored in the production history because of their cumbersome processing. To overcome this limitation, a supervised deep neural network (DNN) model is established in this paper to forecast hydrocarbon production that considers...

... gas eor complex reservoir shale gas unconventional resource technology conference connectivity flowback history gas injection method enhanced recovery presented eor breakthrough usa URTeC: 3871386 Unconventional Gas EOR: Recovery Mechanisms and Piloting Hao Sun*2, Kelly Krezinski*1...

... wells, it is important to ensure there is sufficient production decline history for maximum accuracy and reliability. The question then becomes: how much data does each method require, and can one method make more accurate forecasts than the other with less data? In this study, we replicate a real-world...

... strategy (evolution of choke size) and flowing bottom hole pressure history. In addition to the single well evaluation, production CGR from pads with staggered wells in the Eagle Ford were examined to understand whether vertical fluid heterogeneity within the net pay can potentially alter the CGR behavior...

... production control machine learning production forecasting production monitoring hydraulic fracturing deep learning artificial intelligence neural network reservoir surveillance complex reservoir water rate history input forecaster completion characteristic architecture history...

...URTeC: 5278 Deconvolution of Time-Varying Bottomhole Pressure Improves Rate- Time Models History Matches and Forecasts of Tight-Oil Wells Production Leopoldo M. Ruiz Maraggi*, Larry W. Lake, Mark P. Walsh, The University of Texas at Austin. Copyright 2021, Unconventional Resources Technology...

... Abstract Reliable thermal data control and appropriate interpretation of basin evolution history are the most important aspects in petroleum system analysis and basin modeling for the source rocks' maturity, but they are often challenging to obtain completely and be applied properly. Many...

... to capture the presence of discrete high-conductivity fractures. A history matched simulation model that represents subsurface flow behavior and well performance for six adjacent horizontal hydraulically stimulated wells was generated for this study. The complex interactions of the existing natural fracture...

... or a mixture of these phases) that were trapped in minerals formed during the diagenetic history of a reservoir. They may represent multiple episodes in the fluid history of the rock. Fluid inclusion assemblages need to be correlated with diagenetic stages and tectonic episodes throughout the burial history...

... history blind validation hydrocarbon production complex reservoir top-down modeling plane child well traditional numerical reservoir simulation application shale analytic shale formation parent well shale asset URTeC: 2647 Frac-Hit Dynamic Modeling using Artificial Intelligence & Machine...

... simulation information different depletion scenario child well parent well depletion production forecast workflow quantify fracture depletion scenario development strategy parent-child effect hydraulic fracture reservoir depletion history urtec 1035 pan american energy scenario URTeC...